Voorbeelden van het gebruik van Oxydator in het Engels en hun vertalingen in het Nederlands
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In the case of the oxydator Ag+, the process is very similar to that with FR.
An oxydator is any particle that can/'want' accept or capture electrons;
in its turn, can gain electrons again: an oxydator.
If you want to apply this ion as an oxydator, then free ions must be available,
the half reaction of the oxydator.
First they connected the word oxydator to the element Oxygen, but today we know many oxydators having nothing tot do with Oxygen.
But Sodium is extremely strong reductor, so it makes sense to think that water in this case will act as an oxydator.
The oxydator(Oxygen, O2)
and chose the oxydator and the reductor with sufficient force to serve as electrochemical cell, voltaic cell.
found out how many electrons are transferred per oxydator or reductor.
that a redox reaction of a metal with an oxydator only occurs if in that table the oxydator has a higher position than the metal.
Ag+ reacts only reasonable well as an oxydator when it is free,
there is no direct contact between the particles of the oxydator and the reductor.
In general we know that a substance wil react as an oxydator when it meets a strong reductor.
A substance acting as an oxydator, always must contain the element Oxygen.
The stronger an oxydator or reductor, the higher the delivered potential.
In the table you find this oxydator above the reductor, or.
The product of the oxydator Ag+ is the metallic Ag.
Nitrate and sulfate react only if the oxydator is in acid environment.
Electrons are transmitted from the reductor to the oxydator.